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  • RETSCH ULTRASONIC BATHS UR

RETSCH ULTRASONIC BATHS UR

Update Terakhir
:
27 / 09 / 2024
Min. Pembelian
:
1 Unit

Harga

Rp. 100
Contact :
Marketing : Bpk Juni / 08111980702
Marketing : Ibu Pera / 085210207070
Telp : 021 - 42803207
Fax : 021 - 42803208
email : [email protected]

Suplier alat-alat laboratorium & Intrument untuk berbagai keperluan alat-alat laboratorium Microbiology, Chemical and Reagent, Equipment, Medical dan Glassware.

Detail RETSCH ULTRASONIC BATHS UR


RETSCH ULTRASONIC BATHS UR
Saringan Mesh

Deskripsi produk
The ultrasonic bath range UR includes three sizes for cleaning test sieves and grinding tools quickly and easily. UR 1 is for test sieves up to 203 mm dia., UR 2 for test sieves up to 450 mm dia., and the UR 3 for the simultaneous cleaning of up to 5 test sieves 200/203 mm dia. The gentle yet thorough cleaning of test sieves in an ultrasonic bath increases their working lives as damage which could occur during manual cleaning is avoided.
PRODUCT ADVANTAGES
fast, gentle, and highly efficient cleaning
universal and compact
easy to use, saves time and cost
intensive dispersion and degassing
low maintenance
long life
FEATURES
Applications
cleaning, dispersion, degassing
Feed material
sieves, glass and metal components, suspensions
Batch size / feed quantity*
UR 1: 1 sieve 200 x 50 mm, 8" x 2"
UR 2: 1 sieve 450 x 100 mm
UR 3: 5 sieves 200 x 50 mm, 8" x 2"
Time setting
0 - 15 min
Container volume
UR 1: 5.7 l
UR 2: 42 l
UR 3: 45 l
Oscillating tank Ø x H / W x H x D
UR 1: 24.5 x 13 cm
UR 2: 52 x 20 cm
UR 3: 50 x 30 x 30 cm
HF continuous maximum output
UR 1: 35 kHz, 2 x 240 W
UR 2: 35 kHz, 2 x 600 W
UR 3: 35 kHz, 2 x 1000W
Electrical supply data
different voltages
Power connection
1-phase
W x H x D
UR 3: 630 x 530 x 350 mm
Ø x H / W x H x D
UR 1: 260 x 260 mm
UR 2: 570 x 460 mm
Net weight
UR 1: ~ 5 kg
UR 2: ~ 21 kg
UR 3: ~ 27.5 kg
Standards
CE
FUNCTIONAL PRINCIPLE

A high-frequency generator in the ultrasonic bath produces about 35000 oscillations per second, which are transferred into the cleaning solution and cause it to resonate. The energy density of the sound field is so high that a cavitation effect sets in. Innumerable extremely small vacuum bubbles develop in the ultrasonic bath and collapse in microseconds due to pressure and suction. The pulses triggered by this remove dirt particles even at the deepest, least accessible places or they result in homogenisation, dispersion and degassing.
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